Title: Dr Merlin Goldman
1Technology Strategy Board
Technologies for Health
Dr Merlin Goldman Lead Technologist Bioscience
and Healthcare
2Background
- Protein Chemist
- PPL Therapeutics
- Research
- Biochemical Engineer
- Serologicals (now Celliance)
- Manufacturing
- Validation Scientist
- Wyeth Biotech
- Development
3Key Technology and Application Areas
- Key Technologies
- Advanced Manufacturing
- Advanced Materials
- Bioscience
- Electronics, Photonics Electrical Systems
- Information and Communication Technologies
- Key Applications
- Environmental Sustainability
- Energy Generation Transmission
- Healthcare
- Transport (esp. aerospace automotive)
- Creative Industries
- High Value Services
4Criteria for Support
- UK capacity to develop and exploit the technology
- Potential for impact and timescale
- The size of the global market opportunity
- A clear role for the Technology Strategy Board
5Collaborative RD Competition currently running
- Technologies for Health - Phase 2
- Opened 19 December 2007
- Deadline for submission by 22nd February 2008
- Close 27th March 2008
-
621st Healthcare
- Ronnie Barker as a doctor on a computer screen in
an examination room, speaking to Ronnie Corbett,
the patient, "Please choose one of the following
options Do you suffer from any of the following - A - A bleeding nose,
- B - Getting out of bed in the morning,
- C - Terry Wogan, or
- D - all three Terry Wogan getting up your
bleeding nose every morning."
7Council for Science and Technology (CST)
- November 2007, CST recommended 5 technologies
that could accelerate the real returns for the UK
within a five-year timeframe are - Carbon Capture and Storage
- Disaster Mitigation Technologies
- Low Carbon Distribution Networks for Electricity
Generation - Medical Devices
- E-Health
- Plastic Electronics
8NHS Renewal
- January 2008
- Gordon Brown pledged to make the renewal of the
NHS his "highest priority" as he unveiled a major
new national health screening programme. Patients
in England will be offered screening for early
signs of heart disease, strokes and kidney
disease.
9Challenges
- to bring medical diagnosis, care and analytical
capabilities closer to the patient community - by applying advanced hardware systems and
miniaturisation technologies to develop more
portable and lower-cost equipment
10Opportunities
- The global market for medical devices is 120
billions plus a further 23 billions for the
diagnostics market - The UK market, at gt 5.4 billion is in the top 5
markets in Europe - Healthcare markets are growing at 7-12 per year
- The estimated market by 2015 is 240 billion
11Technologies for Health Scope
- Applications likely to improve quality of life
with a well-defined end-use, - Minimally invasive, implantable wearable
devices, - Early rapid detection of disease point-of-care
analysis diagnosis, - Point-of-use drug synthesis/delivery drug
efficacy tests imaging for use with biomarkers - Animal health
12Technologies
- Potential technologies
- Photonics lasers, optical fibres, fluorescence,
spectroscopy, imaging. - Electronics sensors (esp. bio- or
chemo-sensitive) - Microfluidics, microsystems, nanodevices
- Telecommunications data capture and
transmission.
13Summary
- Bringing diagnosis and treatment closer to the
patient - Use of sophisticated or simple technologies
- Innovation
- Business-led or business minded
14Dr Merlin Goldman Lead Technologist Bioscience
and Healthcare Technology Strategy Board Block
B, Floor 1 North Star House North Star
Avenue Swindon SN2 1JF merlin.goldman_at_tsb.gov.uk
Switchboard 01793 442700 Direct 01793
442730 Mobile 0782 460 0013